Alexander Winkler

Papers

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About

Alexander Winkler is a robotics researcher whose work focuses on the intersection of human-robot interaction and force-based control systems. His most recognized contribution, "Ein Beitrag zur kraftbasierten Mensch-Roboter-Interaktion" (2006), investigates force and torque sensor-equipped serial robots as a foundation for exploring human-robot interaction as a specialized case of force and torque control. The work examines both the kinematic properties of various algorithms and the dynamic behavior of such systems — research that addresses one of the fundamental challenges in making robots safe and intuitive collaborators alongside human operators. While Winkler's citation profile remains modest, with his leading work accumulating 3 citations, his research addresses questions that have grown increasingly central to modern robotics: how machines can sense, interpret, and respond to physical human contact in meaningful and controlled ways. His contributions sit at a technically demanding crossroads of kinematics, dynamics, and control theory, areas that underpin the development of collaborative robots now widely deployed in industrial and assistive settings. For students entering human-robot interaction or robotic control research, Winkler's foundational analysis of force-based interaction offers a methodical framework worth engaging with.